Single lens head-up display apparatus

1. A head-up display apparatus comprising:

a display holder configured to hold a single planar multiple-pixel display; and

a single reflective and transmissive lens configured to reflect an image from the planar multiple-pixel display toward a predetermined location of a user, the reflective and transmissive lens further configured to at least partially collimate light from the planar multiple-pixel display to focus the image at a location beyond the reflective and transmissive lens for each eye of two eyes of the user, the location beyond the reflective and transmissive lens being at a greater distance than a distance of the reflective and transmissive lens to an eye of the user, wherein the reflective and transmissive lens comprises a plurality of reflective surface areas mapped to corresponding display objects of the planar multiple-pixel display, each reflective surface area oriented based on a plurality of predetermined locations of the two eyes of the user within a predetermined volume, wherein the plurality of reflective surface areas collectively forms a single continuous lens surface.

2. The head-up display apparatus of claim 1 wherein the plurality of reflective surface areas are oriented to at least partially collimate the light from the planar multiple-pixel display to focus the image on a spherical surface at the location beyond the reflective and transmissive lens for each eye of the two eyes of the user.

3. The head-up display apparatus of claim 1 wherein the plurality of reflective surface areas is further configured to at least partially collimate the light from the planar multiple-pixel display to focus the image at infinity.

4. The head-up display apparatus of claim 1 wherein each reflective surface area of the plurality of reflective surface areas has a corresponding radius of curvature that is different from a radius of curvature of each other reflective surface area.

5. The head-up display apparatus of claim 1 further comprising an adjustable bracket coupled to the display holder, the adjustable bracket configured to allow adjustment of the planar multiple-pixel display with respect to the reflective and transmissive lens and to alter the location where the image is focused.

6. The head-up display apparatus of claim 5 wherein the adjustable bracket is configured to allow the planar multiple-pixel display to be moved closer or farther from the reflective and transmissive lens, and to allow a plane in which the planar multiple-pixel display lies to be varied with respect to the reflective and transmissive lens.

7. The head-up display apparatus of claim 5 wherein the reflective and transmissive lens comprises an anti-reflective coating on an exterior surface of the reflective and transmissive lens, the exterior surface of the reflective and transmissive lens being configured to face a dome of a domed simulator.

8. A domed simulator comprising:

a dome;

a simulated cockpit; and

a head-up display apparatus coupled to the simulated cockpit, comprising:

a display holder configured to hold a single planar multiple-pixel display; and

a single reflective and transmissive lens configured to reflect an image from the planar multiple-pixel display toward a predetermined location of a user, the reflective and transmissive lens further configured to at least partially collimate light from the planar multiple-pixel display to focus the image on the dome, wherein the reflective and transmissive lens comprises a plurality of reflective surface areas mapped to corresponding display objects of the planar multiple-pixel display, each reflective surface area oriented based on a plurality of predetermined locations of two eyes of the user within a predetermined volume, wherein the plurality of reflective surface areas collectively forms a single continuous lens surface.

9. An airplane comprising:

a cockpit; and

a head-up display apparatus coupled to the cockpit comprising:

a display holder configured to hold a single planar multiple-pixel display; and

a single reflective and transmissive lens configured to reflect an image from the planar multiple-pixel display toward a predetermined location of a user, the reflective and transmissive lens further configured to at least partially collimate light from the planar multiple-pixel display to focus the image at infinity, wherein the reflective and transmissive lens comprises a plurality of reflective surface areas mapped to corresponding display objects of the planar multiple-pixel display, each reflective surface area oriented based on a plurality of predetermined locations of two eyes of the user within a predetermined volume, wherein the plurality of reflective surface areas collectively forms a single continuous lens surface.

10. A head-up display apparatus comprising:

a display holder configured to hold a single planar multiple-pixel display; and

a single reflective and transmissive lens configured to reflect an image from the planar multiple-pixel display toward a predetermined location of a user, the reflective and transmissive lens further configured to at least partially collimate light from the planar multiple-pixel display to focus the image at a location beyond the reflective and transmissive lens for each eye of two eyes of the user, the location beyond the reflective and transmissive lens being at a greater distance than a distance of the reflective and transmissive lens to an eye of the user; and

an adjustable bracket coupled to the display holder, the adjustable bracket configured to allow adjustment of the planar multiple-pixel display with respect to the reflective and transmissive lens and to alter the location where the image is focused.